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Yokogawa AAT141‑S00 S2  Analog Transmitter / Signal Conditioning Module

Yokogawa AAT141‑S00 S2 Analog Transmitter / Signal Conditioning Module

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Brand:Yokogawa Electric
Item No.:Yokogawa AAT141‑S00 S2
Product Origin:Japan
Product Dimensions:45 mm × 120 mm × 100 mm
Product Weight:0.32 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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The Yokogawa AAT141‑S00 S2 is a high‑performance analog transmitter and signal conditioning module engineered for industrial automation and process control systems that demand accurate and stable data conversion. This versatile module accepts a broad range of sensor signals—such as thermocouples, RTDs, voltage, and current—and conditions them into reliable analog outputs that downstream controllers can use with confidence. Built for robust operation in demanding environments, the AAT141‑S00 S2 enhances system stability, improves control loop performance, and simplifies integration with distributed control architectures.


Technical Specifications

FeatureSpecification
ModelYokogawa AAT141‑S00 S2
Module TypeAnalog Transmitter / Signal Conditioning Module
Input Signal TypesRTD, Thermocouple, mV, Voltage, Current
Output Signal Types4–20 mA DC / 0–10 V DC
Input ConfigurationSensor‑dependent, configurable
ResolutionEquivalent to 16‑bit
Output Accuracy±0.1% full scale
IsolationGalvanic isolation (I/O to system)
Response Time≤100 ms (typical)
Operating Temperature Range−20 °C to +60 °C
Mounting OptionsDIN Rail / Panel Mount
Dimensions (W×H×D)45 mm × 120 mm × 100 mm
Weight0.32 kg

Recommended Related Models

  • Yokogawa AAT140‑S00 – Standard analog transmitter for basic conditioning tasks.

  • Yokogawa AAR181‑S00 S2 – High‑density RTD input module for comprehensive temperature monitoring.

  • Yokogawa AAM51‑S2 – Analog input/output module for dual‑purpose signal acquisition.


Popular Allen Bradley Models

  • Allen Bradley 1756‑IF8 – Analog input module for ControlLogix capable of processing multiple sensor types.

  • Allen Bradley 1769‑IF4 – CompactLogix analog input module ideal for modular systems.

  • Allen Bradley 1734‑IE8 – POINT I/O analog input module for distributed temperature and process signals.


Applications

  • Process Control Loops – Converts raw sensor data into stable analog outputs for PID and regulatory control applications.

  • Temperature & Pressure Monitoring – Interfaces with thermocouples and RTDs to deliver reliable scaled data for thermal and pressure loops.

  • Industrial Automation Systems – Supplies conditioned signals to PLCs and DCS platforms for optimized decision‑making.

  • Energy & Utility Systems – Supports accurate data acquisition from field instrumentation in utility automation and energy distribution.


Advantages

  • Wide Sensor Compatibility – Handles multiple sensor types without the need for dedicated hardware, enabling flexible system design.

  • High Precision Output – Nearly 16‑bit equivalent resolution and ±0.1% accuracy deliver dependable and repeatable analog signals.

  • Galvanic Isolation – Fully isolates inputs and outputs from system logic, enhancing noise suppression and signal integrity.

  • Fast Response Characteristics – Typical response under 100 ms enables timely control adjustments in dynamic processes.

  • Compact & Adaptable Mounting – Supports both DIN rail and panel mounts for versatile installation in control cabinets.

  • Industrial‑Ready Design – Durable construction operates consistently across common industrial temperature ranges.


Technical FAQs

  1. What signal types can the AAT141‑S00 S2 accept?
    It supports inputs from RTDs, thermocouples, millivolt, voltage, and current sensors.

  2. What output formats are available?
    Standard outputs include 4–20 mA and 0–10 V DC.

  3. Does the module provide electrical isolation?
    Yes — galvanic isolation is present between I/O and system logic for noise immunity.

  4. What is the typical output accuracy?
    The module delivers ±0.1% full‑scale output accuracy.

  5. How quickly does the module respond?
    Response time is typically ≤100 ms, suitable for real‑time control.

  6. Can the AAT141‑S00 S2 handle multiple sensor types without hardware changes?
    Yes — its input configuration is sensor‑dependent and fully configurable.

  7. What operating temperature range does it support?
    It operates reliably from −20 °C to +60 °C.

  8. What mounting options are supported?
    It supports both DIN rail and panel mounting for installation flexibility.

  9. Which industries commonly deploy this module?
    It is widely used in process manufacturing, energy systems, automation, and utility monitoring.

  10. Why choose this module over a basic analog interface?
    Because it conditions a wide variety of sensor signals into isolated, accurate, and stable analog outputs, simplifying system architecture and improving overall control reliability.


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